MeshDeformingOperators::ConstructConstrainedMeshSmoother

Solves the linear system for p_vec ( Transpose(L) * L + (0 0 ) ) p_vec = ( 0 )

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References

Module

MeshSolverUtilities

Header

/Engine/Plugins/Experimental/GeometryProcessing/Source/MeshSolverUtilities/Public/MeshSmoothingUtilities.h

Include

#include "MeshSmoothingUtilities.h"

Source

/Engine/Plugins/Experimental/GeometryProcessing/Source/MeshSolverUtilities/Private/LaplacianMeshSmoother.cpp

Syntax

namespace MeshDeformingOperators
{
    TUniquePtr< IConstrainedMeshOperator > MeshDeformingOperators::ConstructConstrainedMeshSmoother
    (
        const ELaplacianWeightScheme WeightScheme,
        const FDynamicMesh3 & DynamicMesh
    )
}

Remarks

Solves the linear system for p_vec ( Transpose(L) * L + (0 0 ) ) p_vec = ( 0 ) ( (0 lambda^2) ) ( lambda^2 c_vec )

where: L := laplacian for the mesh, lambda := weights c_vec := constrained positions

Expected Use: same as the ConstrainedMeshDeformer above.

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